Diagnostic kits and in-vitro diagnostic devices (IVDs) are increasingly used to identify communicable diseases, including transfusion-transmissible infections. Inadequate or absent regulatory systems can result in the uncontrolled use and international movement of IVDs, potentially contributing to inaccurate diagnoses, transmission of infections through blood transfusion, and unreliable epidemiological information.
A comprehensive national policy and regulatory mechanism is essential to ensure that only quality IVDs reach users. The National Regulatory Authority (NRA) should hold the legal responsibility for assuring IVD quality, supported by an independent National Reference or Regulatory Laboratory (NRL) providing technical assistance, pre-market evaluation, and post-market surveillance. Existing pharmaceutical regulatory frameworks in South-East Asia can provide a foundation for developing IVD quality-assurance policies.
Private-sector healthcare delivery is expanding in many low- and middle-income countries, creating opportunities for broader diagnostic service delivery models. PATH has examined private-sector approaches, particularly in India, to support the introduction and scale-up of diagnostic technologies. Modern diagnostic centres can provide comprehensive pathological, radiological, cardiological, neurological, gynecological, and other diagnostic services using specialized equipment and healthcare professionals. The sector therefore encompasses diagnostic reagents and kits, laboratory infrastructure, regulatory compliance, quality systems, manufacturing, and diverse diagnostic services.
| Particulars | Value |
|---|---|
| Plant Capacity | 500 Nos/Day |
| Land & Building | (600 sq.mt.) |
| Plant & Machinery | US$.64285 |
| Rate of Return | 37% |
| Beak Even Point | 50% |
Diagnostic reagents and in-vitro diagnostic devices are products used to examine biological samples and support the detection, diagnosis, monitoring, or assessment of diseases.
IVDs include diagnostic kits, reagents, and associated systems used outside the human body. They can support testing for communicable diseases, blood-transfusion-related infections, and numerous other medical conditions. Their quality, performance, manufacturing controls, labeling, stability, and appropriate evaluation are important because test results can directly influence clinical decisions and epidemiological information.
Regulatory control helps ensure that diagnostic reagents and IVDs meet defined requirements for quality, safety, and performance.
Without adequate regulatory oversight, inappropriate or poorly performing diagnostic products may enter the market and produce inaccurate results. A national regulatory framework can establish requirements for manufacturers, product evaluation, quality systems, labeling, manufacturing practices, and post-market surveillance. Such controls are particularly important for diagnostic products used in blood screening and infectious-disease testing, where unreliable results can have significant consequences.
The National Regulatory Authority provides the legal and regulatory framework for assuring the quality of IVDs.
Its responsibilities can include establishing regulatory requirements, evaluating products before marketing, overseeing manufacturers and importers, and supporting post-market surveillance. The authority operates within the applicable legislative framework and works with technical and laboratory institutions where necessary. Effective regulation helps create a controlled pathway for diagnostic products while supporting consistent quality and appropriate use in healthcare settings.
A National Reference Laboratory provides independent technical and scientific support for the regulatory system governing IVDs.
The report describes the NRL as supporting the National Regulatory Authority through comprehensive quality-assurance activities. These may include technical evaluation of diagnostic products before marketing and post-market surveillance. Maintaining an appropriate degree of independence from the regulatory authority is important for credible technical assessment. Reference laboratory networks can also contribute to consistent testing practices, technical guidance, and quality assurance across diagnostic facilities.
A modern diagnostic centre generally requires suitable space, diagnostic instruments, qualified staff, regulatory registrations, and appropriate medical expertise.
The report identifies a broad range of diagnostic activities, including pathological testing, X-rays, ultrasound, electrocardiography, electroencephalography, IVP, gynecological and endoscopic examinations, blood-pressure testing, tuberculosis-related testing, pregnancy testing, and cardiological investigations. Depending on the services offered, centres may also require specialists such as pathologists, radiologists, cardiologists, neurologists, endocrinologists, ENT specialists, ophthalmologists, and orthopaedic specialists.
Diagnostic reagent manufacturing requires controlled processes, quality systems, performance evaluation, stability assessment, contamination control, and appropriate labeling.
The report covers risk management, performance evaluation, stability data, manufacturing dates, colour coding, retained samples, required testing, human-source materials, and label requirements. Good manufacturing practices and documented procedures help maintain product consistency. Appropriate reference materials, calibrated volumetric equipment, controlled reagent preparation, and defined manufacturing procedures can further support reliable production and testing outcomes.
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